| Effective Date | Description of Change | Download |
|---|
| 10/03/2022 | P-22-022599 - Manufacturing location change. Following Part Numbers will be transferred from TE Connectivity manufacturing location based in Roedermark, Germany to the TE Connectivity manufacturing location based in Tangiers, Morocco
| Download |
| 07/31/2022 | P-22-022081 - Manufacturing location change. he planned movement of the MTE assemblies from last year, was delayed until this year. Manufacturing location change. In order to better align TE's manufacturing footprint to customer region of consumption, one of the assembly machines that make the AMPMODU MTE Assemblies, will be moved from the Hermosillo, Senora, Mexico plant to our Suzhou, China plant. For customers who are ordering the following AMPMODU MTE assemblies, with final consumption in the Europe or Asia-Pacific countries, the manufacturing location will change from our Hermosillo, Senora, Mexico plant to our Suzhou, China plant. These orders will be fulfilled by our Suzhou, China Plant. For all other customers whose final consumption is in the remaining global regions, and who order the following AMPMODU MTE assemblies, the manufacturing location will remain in our Hermosillo, Senora, Mexico plant. There will be no change to these customers.
| Download |
| 12/13/2021 | P-21-020887 - Manufacturing location change. In order to better align TE s manufacturing footprint to customer region of consumption, one of the assembly machines that make the AMPMODU MTE Assemblies, will be moved from the Hermosillo, Senora, Mexico plant to our Suzhou, China plant. For customers who are ordering the following AMPMODU MTE assemblies, with final consumption in the Europe or Asia-Pacific countries, the manufacturing location will change from our Hermosillo, Senora, Mexico plant to our Suzhou, China plant. These orders will be fulfilled by our Suzhou, China Plant. For all other customers whose final consumption is in the remaining global regions, and who order the following AMPMODU MTE assemblies, the manufacturing location will remain in our Hermosillo, Senora, Mexico plant.
| Download |
| 10/13/2021 | PCN-21-117017 - Optional Tooling Change. Allowing the use of up to 50% maximum regrind in the housings. Making tool change at base of housing at the latch area optional at molder's discretion. This tooling change will allow manufacturing an option to prevent flash in the latch area. Manufacturing request for product improvement. Clarification of the Following PCNs: PCN E-20-000310 & PCN E-21-005551; PCN-E-20-000624 & PCN E-21-005720 and PCN E-20-000650 & PCN E-21-005993.
| Download |
| 08/03/2021 | E-21-005720-C - PCN will not clear by the time the system that the EC and PCN were written in is decommissioned. Hence, this ECR and PCN is being cancelled in the old system and will be rewritten in the New EC system. | Download |
| 06/30/2021 | E-21-005720 - Product Improvement. Addendum to PCN E-20-000624 (ATTACHED). one of the changes noted in PCN E-20-000624 is not being Implemented due to financial implications the tooling change shown in the attached MTE shrouded header tooling change file is being made to be at the molder's discretion. Some parts may have this recessed area, some might not. there is no performance difference between the parts with the recession and the parts without the recession.
| Download |
| 05/29/2020 | E-20-000624 - Product Improvement. To provide flexibility to our manufacturing processes, we are allowing the manufacturing plants, when possible, to utilize regrind resin, up to the allowable limit specified on the UL Yellow Card, in the molding process. Adding feature at latch to increase mold efficiency.
| Download |
| 03/31/2017 | E-16-014615 - Product Improvement. To satisfy customer demand for the capability of MTE headers to handle RoHS solder temperatures, TE Connectivity has retooled the MTE header product line to use high temperature compatible LCP molding material. These changes will result in the following product changes: 1) Housing material will change from high temperature nylon to LCP. 2) The header housing width will be reduced by 0.005 inches to accommodate the assembly process. 3) In order to consolidate some housing features, the contact cavity configuration will be changed slightly as shown in the attached sketch. | Download |
